Calculator Skills |
Basic Operations |
Where do I
put the equation? |
Solving a
linear equation by finding a point of intersection. |
Solving a
linear equation by using tables |
Finding
x-intercepts using the zero command |
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Trigonometry |
Central Angle - Circumference application (Sec 1.1 #55) |
Right triangle application (Sec 1.4 #31) |
Evaluating functions: unit circle approach |
Evaluating functions: ordered pair and r-value approach |
Exact values of trig functions from ordered pair, unit circle approach
(Sec 2.3 #7) |
Exact values of trig functions from ordered pair, reference angle
approach (Sec 2.3 #7) |
Finding the ordered pair of a point on a circle (Sec 2.3 #85) |
Determine equation from graph [sine -- no phase shift] (Sec 3.2 #27) |
Determine equation from graph [cosine -- no phase shift] (Sec 3.2
#31) |
Determine equation from graph [sine -- with phase shift] (Sec 3.3 #21) |
Determine equation from graph [sine -- with phase shift] (Sec 3.3 #33) |
Evaluate sine of a sum of angles (Sec 4.3 #29) |
Evaluate cosine of a sum of angles (sec 4.3 #61) |
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PreCalculus (based on Stewart et al) |
Simplify exponential expressions Example 1 (Sec P review #31) |
Simplify exponential expressions Example 2 (Sec P review #39) |
Simplify exponential expressions Example 3 (Sec P review #40) |
Solve an equation involving fractional expressions (Sec 1 review #35) |
Solve an absolute value inequality (Sec 1 review #81) |
Solve an absolute value inequality (Sec 1 review #83) |
Solve equation graphically (Sec 2 review #31) |
Solve inequality graphically (Sec 2 review #35) |
Write, interpret, use a linear model (Sec 2 review #44) |
Evaluate composition of functions graphically (Sec 3.6 #23,25,27) |
Sketch a piecewise-defined function (Sec 3 review #31) |
Find average rate of change (Sec 3 review #41) |
Solving a min/max application (Focus on Modeling p. 298 #23) |
Sketching a polynomial function example 1 (Sec 4 review #29) |
Sketching a polynomial function example 1 (Sec 4 review #31) |
Graphing a Rational function (Sec 4 review #57) |
Exponential model application (Sec 5 review #89) |
Multiply matrices by hand (Sec 10 review #59) |
Multiply matrices with calculator (Sec 10 review #59) |
Find determinant of 3x3 matrix by hand (Sec 10 review #75) |
Find determinant of 3x3 matrix with calculator (Sec 10 review #75) |
Write and solve a system of equations using a matrix equation (Sec 10
review #81) |
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College Math |
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Calculus for Business and Social Science
(based on Waner et al) |
Linear Model Application (Sec 1.4 #27) |
Break-Even Analysis (Sec 1.4 #35) |
Find regression model (Sec 1.5 #19) |
Min/Max application given quadratic function (Sec 2.1 #22) |
Maximize revenue given demand function (Sec 2.1 #26) |
Maximize revenue given two data points (Sec 2.1 #28) |
Determine an exponential model from data points in context (Sec 2.2 #72) |
Determine an exponential decay model from context (Sec 2.2 #82) |
Determine an exponential model from context (Sec 2.2 #87) |
Continuously compounded interest (Sec 2.3 #34) |
Carbon dating application (Sec 2.3 #39) |
Exponential growth and doubling time application (Sec 2.3 #52) |
Exponential decay application (Sec 2.3 #58) |
Evaluate limit numerically (Sec 3.1 #6) |
Evaluate limits graphically (Sec 3.1 #26) |
Evaluate limit algebraically (Sec 3.3 #10) |
Evaluate limit algebraically (Sec 3.3 #18) |
Evaluate limit algebraically (Sec 3.3 #20) |
Evaluating limits at infinity algebraically (Sec 3.3 #28,32,34) |
Average rate of change (Sec 3.4 #14) |
Average rate of change with calculator (Sec 3.4 #22) |
Estimate derivative of a function at a given value (Sec 3.5 #40) |
Estimate derivative of a function at a given value (Sec 3.5 #48) |
Estimate derivative at given value, write equation of tangent line (Sec
3.5 #52) |
Estimate derivative at given value, interpret in context (Sec 3.5 #70) |
Compute f '(a) algebraically (Sec 3.6 #6) |
Compute f '(a) algebraically (Sec 3.6 #12) |
Compute f '(x) algebraically (Sec 3.6 #20) |
Compute f '(x) algebraically (Sec 3.6 #26) |
Write equation of tangent line (Sec 3.6 #40) |
Determine derivatives (Sec 3.7 #10,16,32,36) |
Determine slope of tangent line (Sec 3.7 #58) |
Determine equation of tangent line (Section 3.7 #63) |
Marginal profit (Section 3.8 #16) |
Derivative using Product Rule (Section 4.1 #24) |
Derivative using Quotient Rule (Section 4.1 #38) |
Derivative using Quotient Rule (Section 4.1 #48) |
Derivative using Product Rule, then evaluate (Section 4.1 #60) |
Various examples using Chain Rule 1 (Section 4.2 #14, 20, 26) |
Various examples using Chain Rule 2 (Section 4.2 #34, 36) |
Various examples of derivatives with logarithms (Section 4.3 #2,4,18,24) |
Various examples of derivatives with exponentials (Section 4.3
#8,14,18,58) |
Investment application (Section 4.3 #86) |
Elasticity Application (Section 5.5 #6) |
Various examples of indefinite integrals (Section 6.1 #2,8,18,32,40) |
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Calculus |
Reimann Sum |
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